'use strict';

goog.provide('Blockly.Msg.en');

goog.require('Blockly.Msg');

Blockly.Msg.SV_tab1 = "Digital Inputs";
Blockly.Msg.SV_tab2 = "Digital/PWM Output";
Blockly.Msg.SV_tab3 = "Analog Input";
Blockly.Msg.SV_tab4 = "Reports";
Blockly.Msg.SV_tab5 = "Polled Data Retrieval";
Blockly.Msg.SV_tab6 = "Servo";
Blockly.Msg.SV_tab7 = "i2c";
Blockly.Msg.SV_tab8 = "FirmataPlus Features";
Blockly.Msg.SV_tab9 = "Web HTTP";
Blockly.Msg.SV_alert1 = "WebSocket is supported by your Browser!";
Blockly.Msg.SV_alert2 = "WebSocket NOT supported by your Browser!"
Blockly.Msg.SV_connect = " Connect to Arduino/pymata";
Blockly.Msg.SV_onOpen = 'Supervision Has Successfully Connected';
Blockly.Msg.SV_onClose = 'The socket has closed!';
Blockly.Msg.SV_onMessage_analog = "analog pin unknown";
Blockly.Msg.SV_onMessage_digital = "unknown digital pin";
Blockly.Msg.SV_onMessage_i2c = "No Latch Set";
Blockly.Msg.SV_NotCon = "Error: Websocket not connected!";
Blockly.Msg.SV_Con = " Websocket connected!";
Blockly.Msg.SV_enabled = "Enabled";
Blockly.Msg.SV_disabled = "Disabled";
Blockly.Msg.SV_pin_e = "PIN";
Blockly.Msg.SV_pin_s = "PIN";
Blockly.Msg.SV_low_e = "Enable";
Blockly.Msg.SV_high_e = "Disable";
Blockly.Msg.SV_low_s = "disable";
Blockly.Msg.SV_high_s = "enable";
Blockly.Msg.SV_PWM = "PWM~";
Blockly.Msg.SV_get_analog_map = "Get analog ports";
Blockly.Msg.SV_get_capability = "Get capability report";
Blockly.Msg.SV_get_firmware = "Get firmware version";
Blockly.Msg.SV_get_protocol = "Get protocol version";
Blockly.Msg.SV_get_pymata = "Get PyMata version";
Blockly.Msg.SV_get_pin_report = "Get PIN state report for Pin:";
Blockly.Msg.SV_get_pin_report_text = "(For Pin State Reports, first select the pin number by using the spinner and then click the button to the left)";
Blockly.Msg.SV_digital_pin = "Digital Pin: ";
Blockly.Msg.SV_analog_pin = "Analog Pin:";
Blockly.Msg.SV_read_pin = "Read";
Blockly.Msg.SV_latch_digital_pin = "Digital Latch Table Data";
Blockly.Msg.SV_latch_analog_pin = "Analog Latch Table Data";
Blockly.Msg.SV_servo_pin = "Servo Pin";
Blockly.Msg.SV_servo_angle = "Servo Angle in Degrees";
Blockly.Msg.SV_servo_set = "Set Servo";
Blockly.Msg.SV_tone = "Tone";
Blockly.Msg.SV_tone_pin = "Pin";
Blockly.Msg.SV_tone_freq = "Frequency (Hz)";
Blockly.Msg.SV_tone_dur = "Duration (ms)";
Blockly.Msg.SV_tone_play = "Play Tone";
Blockly.Msg.SV_encoder = "Encoder";
Blockly.Msg.SV_encoder_pinA = "Encoder Pin A:";
Blockly.Msg.SV_encoder_pinB = "Encoder Pin B:";
Blockly.Msg.SV_encoder_auto = "Auto Encoder Read";
Blockly.Msg.SV_encoder_manual = "Manual Encoder Read";
Blockly.Msg.SV_sonar = "Ultrasonic Ranger - Sonar";
Blockly.Msg.SV_sonar_trig = "Trigger Pin:";
Blockly.Msg.SV_sonar_echo = "Echo Pin:";
Blockly.Msg.SV_sonar_auto = "Auto Sonar Read";
Blockly.Msg.SV_sonar_manual = "Manual Sonar Read";
Blockly.Msg.SV_stepper = "Stepper";
Blockly.Msg.SV_stepper_pin1 = "Pin 1:";
Blockly.Msg.SV_stepper_pin2 = "Pin 2:";
Blockly.Msg.SV_stepper_pin3 = "Pin 3:";
Blockly.Msg.SV_stepper_pin4 = "Pin 4:";
Blockly.Msg.SV_stepper_steps_rev = "Steps/Rev (<= 21 bits)";
Blockly.Msg.SV_stepper_motor = "Motor Speed (<=21 bits)";
Blockly.Msg.SV_stepper_steps = "# Steps (<=14 bits)";
Blockly.Msg.SV_stepper_run = "Run Stepper";